Juan Manuel Florez Uribe
Investigador
UNIVERSIDAD TECNICA FEDERICO SANTA MARIA
VALPARAISO, Chile
COMPUTATIONAL MATERIALS SCIENCES; MAGNETIC MATERIALS; MULTIFERROICS; QUANTUM MECHANICS; STATISTICAL MECHANICS; MATERIALS INFORMATICS; MAGNETOCALORIC EFFECT; TRANSPORT AND FERROIC PROPERTIES OF NANOSTRUCTURES; FIRST AND SECOND-PRINCIPLES SIMULATIONS
-
Física, UNIVERSIDAD DE ANTIOQUIA. Colombia, 2005
-
Materia Condensada, UNIVERSIDAD TECNICA FEDERICO SANTA MARIA. Chile, 2010
-
Investigador Full Time
UNIVERSIDAD TECNICA FEDERICO SANTA MARIA
Valparaíso, Chile
2010 - A la fecha
-
Postdoctoral Associate Full Time
Massachusetts Institute of Technology
Cambridge, Estados Unidos
2011 - 2013
(1) Master thesis:
Title: “Propiedades Magnetocalóricas De Materiales Altamente Frustrados Con Estructuras tipo Fe2-P”
Student: Oscar Andrés Negrete. Physics Department USM. Role: principal advisor.
State: Finished - Defended March 2018
(2) Master thesis:
Title: “Ajuste de las Propiedades Magnéticas y Estructurales de la Perovskita SrTiFeCoO3 a través de la deficiencia de Oxígeno”
Student: Mariel Amparo Opazo. Physics Department USM. Role: principal advisor.
State: Finished - Defended March 2019
(3) Master thesis:
Title: “Estudio de la Polarización Eléctica en SrTiFeCoO3” Desde una Perspectiva Ab-initio: Efectos de Vacancias de Oxígeno”
Student: Emilio Andrés Cortés. Physics Department USM. Role: principal advisor.
State: In Progress - Defense scheduled 2020.
(2) Master thesis:
Title: “Propiedades Magnéticas de Perovskitas ABO3 con Deficiencia de Oxígeno: Aplicación a SrTiFeO3”
Student: Miguel Angel Solís. Physics Department USM. Role: principal advisor.
State: In Progress - Defense scheduled 2020.
Computational Modeling of Multiferroic Materials |
Magnetic and Electronic Properties of Novel Materials |
Multiferroic Materials and Their Applications=> Experiments and Theoretical Simulations |
Single-molecule magnets and self-assembly of polymers=> from low-cost systems of high-density for processing and storing information in molecular spintronics to climate-friendly technologies in molecular magnetic refrigeration. |